Problem: Polycarpus has t safes. The password for each safe is a square matrix consisting of decimal digits '0' ... '9' (the sizes of passwords to the safes may vary). Alas, Polycarpus has forgotten all passwords, so now he has to restore them.

Polycarpus enjoys prime numbers, so when he chose the matrix passwords, he wrote a prime number in each row of each matrix. To his surprise, he found that all the matrices turned out to be symmetrical (that is, they remain the same after transposition). Now, years later, Polycarp was irritated to find out that he remembers only the prime numbers pi, written in the first lines of the password matrices.

For each safe find the number of matrices which can be passwords to it.

The number of digits in pi determines the number of rows and columns of the i-th matrix. One prime number can occur in several rows of the password matrix or in several matrices. The prime numbers that are written not in the first row of the matrix may have leading zeros.

Input

The first line of the input contains an integer t (1 ≤ t ≤ 30) — the number of safes. Next t lines contain integers pi (10 ≤ pi ≤ 99999), pi is a prime number written in the first row of the password matrix for the i-th safe. All pi's are written without leading zeros.

Output

Print t numbers, the i-th of them should be the number of matrices that can be a password to the i-th safe. Print the numbers on separate lines.

Examples

Input

4
11
239
401
9001


Output

4
28
61
2834

Note

Here is a possible password matrix for the second safe: 
    
    
      
    239  
    307  
    977  
    

Here is a possible password matrix for the fourth safe: 
    
    
      
    9001  
    0002  
    0002  
    1223   
    

Solution (in JAVA):

Solution:
import static java.lang.Double.parseDouble;
import static java.lang.Integer.parseInt;
import static java.lang.Long.parseLong;
import static java.lang.System.exit;

import java.io.BufferedReader;
import java.io.IOException;
import java.io.InputStreamReader;
import java.io.OutputStreamWriter;
import java.io.PrintWriter;
import java.util.StringTokenizer;

public class E {
	
	static BufferedReader in;
	static PrintWriter out;
	static StringTokenizer tok;
	
	static final boolean ppp[][] = new boolean[5][];
	
	static final String codes[] = {
		"BAAA",
		"EAAAEAAACAAACAAADAAACAAACAAADAAACAAABAAA",
		"9AAA9AAApAAAwAAAsAAAZAAApAAAhAAAZAAApAAA1AAA0AAAgAAAqAAAkAAAWAAAlAAAaAAAQAAAlAAAqAAAmAAAYAAAiAAAdAAAMAAAdAAAVAAANAAAbAAAmAAAqAAAaAAAeAAAcAAAUAAAaAAAUAAAMAAAcAAApAAAsAAAXAAAhAAAdAAASAAAeAAAUAAALAAAfAAAjAAAjAAAWAAAcAAAZAAAOAAAYAAASAAALAAAYAAAsAAAkAAAZAAAjAAAcAAAMAAAeAAAVAAAOAAAbAAAiAAAkAAAVAAAbAAAYAAAQAAAYAAARAAAKAAAZAAAkAAAnAAAXAAAdAAAbAAAQAAAZAAATAAALAAAaAAAoAAAeAAAWAAAeAAAUAAAQAAAcAAAQAAAMAAAaAAA",
		"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",
		"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"
	};

	
//	static final int dyn[][][] = new int[6][][];
//	static {
//		boolean isPrime[] = new boolean[100000];
//		p: for (int p = 2; p < 100000; p++) {
//			for (int i = 2; ; i++) {
//				if (i * i > p) {
//					break;
//				}
//				if (p % i == 0) {
//					continue p;
//				}
//			}
//			isPrime[p] = true;
//		}
//		for (int total = 0; total < dyn.length; total++) {
//			int dyn2[][] = new int[total + 1][];
//			for (int known = total; known >= 0; known--) {
//				int unknown = total - known;
//				int digits = unknown * known;
//				int combs = 1;
//				for (int i = 0; i < digits; i++) {
//					combs *= 10;
//				}
//				int dyn3[] = new int[combs];
//				dyn2[known] = dyn3;
//				if (unknown == 0) {
//					dyn3[0] = 1;
//					continue;
//				}
//				int known10 = 1;
//				for (int i = 0; i < known; i++) {
//					known10 *= 10;
//				}
//				int unknown10 = 1;
//				for (int i = 0; i < unknown; i++) {
//					unknown10 *= 10;
//				}
//				int prefixes[] = new int[unknown];
//				for (int comb = 0; comb < combs; comb++) {
//					for (int i = 0, ccomb = comb; i < unknown; i++, ccomb /= known10) {
//						prefixes[i] = ccomb % known10;
//					}
//					for (int suffix = 0; suffix < unknown10; suffix++) {
//						if (!isPrime[prefixes[0] * unknown10 + suffix]) {
//							continue;
//						}
//						int nextComb = 0;
//						for (int i = unknown - 1, csuffix = suffix; i > 0; i--, csuffix /= 10) {
//							nextComb = (nextComb * known10 + prefixes[i]) * 10 + (csuffix % 10);
//						}
//						dyn3[comb] += dyn2[known + 1][nextComb];
//					}
//				}
//			}
//			dyn[total] = dyn2;
//		}
//	}
	
	static final String chars = "ABCDEFGHIJKLMNOPQRSTUVWXYZabcdefghijklmnopqrstuvwxyz0123456789+/";
	
//	static void precalc() {
//		StringBuilder sb = new StringBuilder();
//		sb.append("\tstatic final String codes[] = {\n");
//		for (int total = 1; total <= 5; total++) {
//			if (total > 1) {
//				sb.append(",\n");
//			}
//			sb.append("\t\t\"");
//			int lim = 1;
//			for (int i = 1; i < total; i++) {
//				lim *= 10;
//			}
//			for (int last = 0; last < lim; last++) {
//				int realLast = 0, curLast = last;
//				for (int i = 1; i < total; i++) {
//					realLast = realLast * 10 + curLast % 10;
//					curLast /= 10;
//				}
//				int ans = dyn[total][1][realLast];
//				for (int i = 0; i < 4; i++) {
//					int digit = ans % 64;
//					sb.append(chars.charAt(digit));
//					ans /= 64;
//				}
//			}
//			sb.append("\"");
//		}
//		sb.append("\n\t};");
//		System.out.println(sb.toString());
//	}
//	
//	static int solve(int p) {
//		int total, mul, curp, realp;
//		for (total = 0, mul = 1, curp = p, realp = 0; p >= mul; ++total, mul *= 10, realp = realp * 10 + curp % 10, curp /= 10) { }
//		return dyn[total][1][realp / 10];
//	}
	
	static int solve(int p) {
		int total = 0, mul = 1;
		while (p >= 10 * mul) {
			++total;
			mul *= 10;
		}
		p %= mul;
		String ans = codes[total].substring(4 * p, 4 * (p + 1));
		int realAns = 0;
		for (int i = 3; i >= 0; i--) {
			realAns = realAns * 64 + chars.indexOf(ans.charAt(i));
		}
		return realAns;
	}
	
	static void solve() throws Exception {
		int tests = nextInt();
		for (int test = 0; test < tests; test++) {
			int p = nextInt();
			out.println(solve(p));
		}
	}
	
	static int nextInt() throws IOException {
		return parseInt(next());
	}

	static long nextLong() throws IOException {
		return parseLong(next());
	}

	static double nextDouble() throws IOException {
		return parseDouble(next());
	}

	static String next() throws IOException {
		while (tok == null || !tok.hasMoreTokens()) {
			tok = new StringTokenizer(in.readLine());
		}
		return tok.nextToken();
	}

	public static void main(String[] args) {
		try {
			in = new BufferedReader(new InputStreamReader(System.in));
			out = new PrintWriter(new OutputStreamWriter(System.out));
			solve();
			in.close();
			out.close();
		} catch (Throwable e) {
			e.printStackTrace();
			exit(1);
		}
	}
}